Research network on electrochemical energy storage,
Research center on batteries and supercapacitors

Researches explained

tem oxygen science

One step closer to using the best materials for Li-ion batteries known to date

A new study by RS2E's researchers - published in Science - on the basis of irrefutable experimental observations demonstrate that the performance of Li-rich materials can now be controlled and improved

Back to bacteria: researchers use bacteria to produce electrode material

A team of researchers affiliated with RS2E (LRCS/ICMCP) is publishing results regarding the use of bacteria as a mean to produce more sustainable electrode material.

© J. Dall’Agnese (UPS) and M. Lukatskaya (Drexel). Colorized SEM image of delaminated Ti3C3 with various ions and water molecules that can intercalate.

Supercapacitors’ electrodes with high volumetric capacitance

Researchers unveil a lead to increase supercapacitors' energy density using layered carbides.

© Travail commun des chercheurs. Tavorite LiFeSO4F (right, view perpendicular to [010]).

Assessment of sulfate-based compounds for Li-ion batteries

Researchers from the RS2E research network reviewed different aspects of sulfate-based polyanionic phases aimed at Li-ion batteries.

© Travail commun des chercheurs. Aspects structuraux de la solution solide Li2Ru1-ySnyO3.

Researchers explain the high capacity of Li-rich NMC compounds

A group of scientist gathered around Pr. Jean-Marie Tarascon, RS2E's director, lift the veil on a chemical mechanism.

Research network on electrochemical energy storage,
Research center on batteries and supercapacitors

Researches explained

tem oxygen science

hematite bacteriomorphs micro

intercalation_supercapacitor.jpg

tavorite_right_perpendicular010.png

structure li-rich material batteries

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